Chapter 263 One Experiment, One Billion in Funding!

"The parallel spiral structure of the superconducting material generates a transverse AC gravity field after it is powered on and enters the superconducting state."

"The strength exceeds 70%, and the force field drives the equipment to reduce weight..."

Wang Hao continued to stare at the pores of the 'small fountain' without moving his eyes.

He was very surprised.

The direction of the AC gravity field is related to the internal microscopic morphology, but he did not expect that the field force structure would appear transverse.

He initially thought that the experiment had failed and did not expect to see such a scene.

In fact, the decision to remove the eight-node structure and adopt a spiral transverse arrangement was just to conduct an experiment. Only by collecting data through special experiments can we prepare for subsequent experiments.

This new discovery was very unexpected.

But it is also normal to think about it. The AC gravity phenomenon can only be said to have opened up research. They have not fully understood the theory. If they conduct new design experiments, they may discover some new phenomena.

A lot of physics starts with accidental discoveries in the laboratory.

Even the AC gravity field was discovered by chance when He Lan's team was doing research on superconductivity.

This is definitely a huge discovery. It will have a huge driving effect on both the research related to AC gravity and the theoretical shaping of microscopic morphology.

The prompt of the system task is the same, "Task 4, inspiration value +13."

This new discovery is very helpful for the shaping of the microscopic morphology inside CA005. For the research of S-level difficulty, increasing the inspiration value by 13 points at a time is already a great improvement.

The current experimental progress has surpassed the theory, and the theory can only be deduced based on the experimental findings. Most physical research is like this. Some content is discovered in the experiment, and then the underlying theory is improved.

After the experiment, He Yi, Liu Yunli and others went to the conference room together.

Everyone's face was excited and serious. The excitement was because their experiment had a very amazing discovery, and the seriousness was for the next research.

"The first thing we have to do is to detect the intensity." Wang Hao said seriously, "Everyone, tell me how to design the detection."

Others also expressed their opinions immediately.

Because the AC gravity field appears in the horizontal area, the coverage range is uncertain. It is not easy to do detection, and some new designs must be made.

The principle inside the anti-gravity strength detection device is actually the same as the rise of the balloon in the anti-gravity area. It is not easy to place the detection device in a horizontal position because the horizontal space is filled, and the space between the conductors will be filled with coolant, that is, liquid nitrogen, and the detection device will be damaged if placed in it.

In addition, the spraying of coolant is also a big problem. The reason for the spraying of coolant is that there is flow extrusion in the conduit, and the spraying position is the air hole above, and the air hole is to balance the internal pressure.

Before, the AC gravity field was above, so it naturally did not affect the inside of the equipment. The pressure in the cooling channel was balanced. After the effect of AC gravity, the flow extrusion will cause the coolant to spray from above.

The cooling pipe of the equipment must have air holes, because the air holes must be left at the top due to the effect of gravity.

Of course.

These are just minor problems, and it is easy to find several design solutions.

After a series of detailed discussions, the experimental group quickly came up with a new solution and began to prepare for a new experiment.

…

The experiment was carried out in the afternoon of the second day. The detection device had been placed inside the equipment, and some accompanying devices were also placed inside.

The pointer that can directly see the parameters was simply disabled because it could not be placed inside.

They could only take out all the detection equipment after the experiment and calculate to get the accurate AC gravity field strength value.

After the experiment ended on the second day, the participants in the experiment calculated the detailed value.

At the internal meeting, He Yi made a report with excitement on his face, saying a value, "Through detailed calculations, we have concluded that the horizontal AC gravity field strength is 74.86 percent."

When this value was said, others exclaimed.

Wang Hao waved his hand to quiet everyone down.

He Yi continued, "We also tested the coverage area of ​​the AC gravity field, but we can determine that the edge of the range is about 0.3 meters away from the horizontal plate of CA005."

"Because the horizontal plate is a circle, the diffusion range of the AC gravity field is very similar."

"The width of the upper and lower parts is only about ten centimeters away from the horizontal surface of the conductor."

"And..."

He Yi made a detailed report on the experimental data.

After he finished the report, the meeting room immediately discussed it, and everyone was very surprised.

First of all, the strength of the AC gravity field is close to 75%.

This value is very amazing.

If the mass of an object reaches one ton, the weight will be reduced by 750 kg, and the remaining weight will be only 250 kg, and the corresponding gravity will naturally be greatly reduced.

"If the AC gravity field can be further increased, the effect will be multiplied!" Liu Yunli said with surprise.

"That's right."

"If it is increased by more than ten percent, the weight will be reduced by half again!"

"If it can be increased to more than 90%, it is equivalent to creating an isolated gravity field..."

"Even the current data is very impressive, and we use materials with a critical temperature of 93K, so the cost of use is very low!"

"The current 75% is amazing..."

Just talking about the value of 75% is amazing. The anti-gravity strength is as high as 75%, but the value itself has application significance.

The most basic one can directly create a weight-reduction area, which can be used as a training ground for astronauts without any problem.

Of course, the most attractive thing is the anti-gravity flying device. Many people have begun to imagine designing small "anti-gravity flying vehicles" or super-large "anti-gravity suspended fortresses".

The anti-gravity design is completely different from existing flying devices.

For example, fighter jets and civilian space shuttles can fly in the air using wind propulsion. They all need to keep flying to stay in the air.

The flying device designed with anti-gravity technology uses anti-gravity technology and can float directly in the air.

In addition, flying devices designed with anti-gravity technology are definitely much more flexible than existing flying devices because there is no worry about falling.

Of course.

Anti-gravity flying devices are still only in their imaginations. They have only developed relevant technologies. It will take a long time to continue to improve them before they can be used.

In any case, they also see hope, unlike before, where the anti-gravity foundation was almost reduced to a 'test' technology for superconducting materials.

Thinking of the future prospects, everyone in the laboratory is very motivated and devoted to the research and improvement of technology.

at the same time.

There is a big news related to anti-gravity technology in the world, and the publisher is Amerikan Los Alamos National Laboratory.

Los Alamos Laboratory has publicly announced that it has achieved anti-gravity technology with a strength of more than 50%, using high-temperature superconducting materials.

A spokesman for the laboratory publicly stated in an interview, "Our recent research has greatly improved the anti-gravity strength."

"Fifty percent is a very important figure, which means that any object entering the area will lose twice its weight."

"Our research uses high-temperature superconducting materials, and the research also greatly reduces the cost of use."

"This technology will be used in various fields of science and technology in the future..."

As for the application, you can use your imagination.

The news announced by the Los Alamos Laboratory was reported by many Amerikan media, and some media began to imagine related applications.

Many people immediately thought of military and aerospace applications, such as rocket launchers and electromagnetic ejection technology on aircraft carriers.

The former is still in theory.

The latter can be directly applied. Anti-gravity devices made of high-temperature superconducting materials can be used in electromagnetic ejection technology.

This will double the weight of the fighter above, which will double the acceleration on the aircraft carrier and allow the fighter to take off faster.

In addition, because the acceleration is doubled, the track of the electromagnetic ejection device can be shortened appropriately, which can greatly save space.

Many media have reported on the improvement of electromagnetic ejection technology.

The reason why it targets the application of military technology is actually to strengthen a theme, which is the confrontation between major powers in the field of military technology.

Amrican can have huge international influence. The most important thing is that they have the most powerful military power. They also need to maintain a strong advantage in military technology.

Now that there is new technology, it is natural to announce it in a high-profile way.

At the same time, public opinion propaganda in the media is also intended to suppress relevant domestic research.

In previous research in the fields of superconductivity and anti-gravity, China seemed to be ahead of Amerikan. The new superconductivity theory was proposed by domestic scientists, and superconducting materials exceeding 120K were also developed.

American seems to be far behind in the research of superconducting materials, but they have taken the lead in the research of anti-gravity.

Los Alamos Laboratory.

Professor Philip Laurel is busy in the laboratory. They have just completed an AC gravity experiment and the intensity value obtained is 52%.

This value increased by 0.32% from last time. Looking at the detailed report of the experiment, he couldn't help but feel a little proud.

While sitting on the chair to rest, he read a series of related reports and shook his head with a smile.

Media reports are still somewhat exaggerated.

Although they announced that they were using high-temperature superconducting materials, in fact, they only prepared 87K metallic superconducting materials and used them in AC gravity experiments. The AC gravity field strength obtained was only 31%.

This is a relatively low value.

‘Anti-gravity strength exceeds 50%’ and ‘Using high-temperature superconducting materials’. Both studies have indeed been achieved, but they are not connected together.

But, that’s what propaganda is.

To the outside world, we must talk about the technology as more high-end, so that we can get more attention and more funding.

The higher-level Ministry of Energy also thinks so. Only by promoting more high-tech and displaying high-end technologies related to science and technology can we gain more influence.

"Wang Hao's team is probably focused on the research of superconductivity, right?"

"They've been working on theories..."

"Even if there is progress in materials, it has nothing to do with anti-gravity. We only need to study anti-gravity technology. This is the advantage."

American's wave of publicity is indeed effective. After receiving the news in China, relevant departments have also begun to pay attention to anti-gravity research.

Although everyone knows that the research on superconductivity is the main direction, antigravity represents the high-end technology of the future, and related research must not lag behind others.

Xu Baogong paid attention to research related to anti-gravity, and found that in recent times, no relevant progress has been reported at all.

In other words, antigravity research has not made any progress.

This is actually not surprising.

The current exchange gravity research team is assisting in research related to superconducting materials and has not conducted new research, so there will naturally be no major progress.

In addition, they have already increased the strength of the neutral position in communication to between 40% and 50%, and it is already very difficult to improve it again.

"Wang Hao is concentrating on research on superconducting mechanisms and must not care about AC gravity..."

"That's right, theory is more important."

"But we can't fall behind..."

Xu Baogong was thinking about it and wanted to know about the research progress, so he simply asked Du Kai.

Du Kai is the head of the newly established Superconducting Materials Industry Company. He was once the general manager of the Shipbuilding Industry Group and has rich experience in company management.

He is responsible for spearheading the formation of the new company.

From site selection, planning to establishment, including finance, funding, etc., Du Kai is fully responsible. Even the allocation and use of R&D funds before the establishment of the company is supervised and managed by Du Kai.

Of course.

Du Kai still has no access to the funds of the superconducting material experimental group. He only has the authority to check the use of funds and does not have direct management authority.

"Manager Du, how is the research over the West Sea? Is there any new progress?"

Xu Baogong asked directly.

Du Kai just checked the research team's fund usage, and when he heard Xu Baogong's question, he smiled bitterly, "I don't know if the research has made any progress, but the funds have been consumed very quickly recently, hundreds or tens of millions every day, and they are all It’s the loss on the anti-gravity side.”

"The materials team has been working hard to prepare a new material called CA005."

"Is there any new material?" Xu Baogong's eyes lit up after hearing this.

"It starts with CA." Du Kai explained, "Three new materials were developed last time, but the critical temperatures were not high. CA005 was only 93K."

Xu Baogong thought and asked, "Why prepare this new material?"

"It seems that the anti-gravity team wants to use it." Du Kai said, "And it uses a lot. Almost everyone in the materials team is busy preparing this new material, and it is too expensive."

"Want a lot?"

"a lot of!"

Du Kai said, "I asked Deng Huanshan, and he seemed to say that a very large experiment needs to be carried out. It is estimated that the preparation of this material will be needed in the past half month."

Xu Baogong said nonchalantly, "It should be that the research is useful."

He has absolute trust in Wang Hao.

The anti-gravity team had such a big demand, so it must be some kind of experiment, and he actually became interested in the experiment.

…

The experiment went really well.

After the experiment made new discoveries, Wang Hao immediately organized follow-up demonstrations. Through two experiments, the strength of the transverse AC gravity field was increased to 80.72%.

This value is very astonishing, but Wang Hao feels that there is still room for improvement.

“The biggest limitation now is materials.”

Wang Hao said at the meeting, "We need to design larger equipment and increase the arrangement of spiral combinations."

"In addition, we also need to design another device that will use a vertical spiral design of materials to see if the thickness of the AC gravity field can be increased to cover a larger area."

Wang Hao is too interested in the 'anti-gravity flying car'.

The design of the vertical spiral is to increase the coverage area. Only by increasing the coverage area can various devices and equipment be filled in the area, and the equipment's 'flight' can be realized.

Therefore, both strength and coverage area must be strong, and large-scale experiments must be conducted, and the original quantity of materials is not enough.

"At least more than ten tons of CA005 are needed." Wang Hao roughly estimated a number.

Because it is prepared by laboratory means, the speed of material production is too slow. It consumes a lot of money every day and can only prepare less than 20 kilograms at the fastest.

Until now, the total amount of materials they have is less than 300 kilograms.

If the demand is for ten tons of CA005, the experimental team will need to be busy for more than a year, and the cost will exceed one billion.

Funding is not a big issue.

As long as we simply report the results, the funds will definitely be approved, but it takes too long.

"It seems that we need more manpower to be responsible for manufacturing materials, and we need to expand production."

Wang Hao thought about it and simply went to the materials experiment team to see their preparation situation.

He mentioned the experimental requirements by the way.

Deng Huanshan was stunned when he heard this. He opened his mouth in surprise and asked exaggeratedly, "What? Do you need ten tons?"

"Professor Wang, we are now fully producing, no more than 20 kilograms per day."

"Ten tons, we are going to be exhausted..."

Listening to the 'ten tons' data, he almost wanted to cry.

Wang Hao nodded in understanding, "Okay, I'll apply to my superiors."

Deng Huanshan said, "There is no need to apply to the Ministry of Science and Technology. You can just ask Du Kai. He is in charge of new enterprises and our research-related affairs. It will definitely be no problem to find ways to coordinate with him."

"Dukai? Okay."

Wang Hao only met Du Kai once, on the day Du Kai came to Xihai. He picked up the phone and called him. Later, he thought about it and just called him directly.

Du Kai is processing documents in the office to establish a manufacturing company for superconducting materials. He is responsible for too much work and he is busy all day long.

Wang Hao came to the door and directly stated his needs.

Du Kai was stunned. "What? Professor Wang, ten tons of CA005? Isn't it enough prepared in the laboratory?"

"We're going to do a big experiment."

Wang Hao shook his head and said, "Haven't you already introduced some basic equipment? In this way, we will first cooperate with the laboratory to help us produce some new materials."

Du Kai grinned vigorously.

The ten-ton CA005 is no joke. The basic equipment they introduced is for the construction and production of CM001 and CM002.

CA005, was not in the plan at all.

Du Hai thought about it carefully and said depressedly, "How about this, Professor Wang, let's apply together. I can't decide on such a big move and such a huge loss of funds by myself..."

"Also, do you have any results? It would be best if you have results."

Wang Haodao said, "In terms of results, we are confident. We have made new breakthroughs in anti-gravity technology, and it is estimated that there will be no problem with funding approval from our superiors."

"That's no problem."

Du Kai breathed a sigh of relief after speaking. In fact, he was still a little unsure about the application.

That can easily amount to hundreds of millions or even more.

The focus of research now is on superconducting materials. Such a large amount of money spent on the research of superconducting materials will definitely be supported.

But antigravity research?

It is estimated that the superiors still need to discuss it seriously. This is not to say that anti-gravity technology is not worth hundreds of millions. The main reason is the one-time cost of hundreds of millions.

The two are completely different.

If a project costs several hundred million, there will definitely be no problem.

However, what Wang Hao asked for was only the cost of materials for one experiment, which also required the participation of many technical personnel and even the use of basic equipment from the new company to assist production.

They want to conduct a large-scale experiment and require one billion materials. Who knows if there will be other needs in the future? It is estimated that there will be more costs involved.

Then it's not a few hundred million, maybe it's billions, tens of billions!

This level of funding loss cannot be solved with just one application report.